The Sun's magnetic activity has changed considerably during its evolution from a protostar to a low-activity main-sequence star. The young Sun produced orders of magnitude more hot plasma, X-ray emission, and high-energy particles. The present paper summarizes a few recent investigations on the nature of the magnetic activity and associated high-energy processes in the Sun at different stages of its evolution, with emphasis on the physical mechanisms that may be responsible for coronal heating, the large-scale structure of the magnetic fields, and the possible mass-loss history of the Sun
Solar magnetism is responsible for the several active phenomena that occur in the solar atmosphere. ...
Context. Characterising the time evolution of magnetic activity on Sun-like stars is important not o...
The articles collected in this volume present all aspects of solar magnetism: from its origin in the...
The Sun's magnetic activity has changed considerably during its evolution from a protostar to a low...
The Sun’s magnetic activity has steadily declined during its main-sequence life. While the solar pho...
The Sun’s magnetic activity has steadily declined during its main-sequence life. While the solar pho...
The Sun's magnetic activity has steadily declined during its main-sequence life. While the solar pho...
Sunspots are a canonical marker of the Sun's internal magnetic field which flips polarity every...
The defining physical property of the Sun's corona is that the magnetic field dominates the plasma. ...
Abstract: The present state of art in solar physics indicates that some key ingredients in explainin...
A collection of papers edited by four experts in the field, this book sets out to describe the way s...
Sunspots are a canonical marker of the Sun’s internal magnetic field which flips polarity every ∼22-...
Context. Characterising the time evolution of magnetic activity on Sun-like stars is important not o...
This review provides an introduction to the generation and evolution of the Sun’s magnetic field, su...
The articles collected in this volume present all aspects of solar magnetism: from its origin in the...
Solar magnetism is responsible for the several active phenomena that occur in the solar atmosphere. ...
Context. Characterising the time evolution of magnetic activity on Sun-like stars is important not o...
The articles collected in this volume present all aspects of solar magnetism: from its origin in the...
The Sun's magnetic activity has changed considerably during its evolution from a protostar to a low...
The Sun’s magnetic activity has steadily declined during its main-sequence life. While the solar pho...
The Sun’s magnetic activity has steadily declined during its main-sequence life. While the solar pho...
The Sun's magnetic activity has steadily declined during its main-sequence life. While the solar pho...
Sunspots are a canonical marker of the Sun's internal magnetic field which flips polarity every...
The defining physical property of the Sun's corona is that the magnetic field dominates the plasma. ...
Abstract: The present state of art in solar physics indicates that some key ingredients in explainin...
A collection of papers edited by four experts in the field, this book sets out to describe the way s...
Sunspots are a canonical marker of the Sun’s internal magnetic field which flips polarity every ∼22-...
Context. Characterising the time evolution of magnetic activity on Sun-like stars is important not o...
This review provides an introduction to the generation and evolution of the Sun’s magnetic field, su...
The articles collected in this volume present all aspects of solar magnetism: from its origin in the...
Solar magnetism is responsible for the several active phenomena that occur in the solar atmosphere. ...
Context. Characterising the time evolution of magnetic activity on Sun-like stars is important not o...
The articles collected in this volume present all aspects of solar magnetism: from its origin in the...